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The TranslateTransition you ve already seen; it moves the image from Rotate the thumbnail bar into the center of the desktop At the same time the ScaleTransition makes it grow from a Figure 86 All three transitions, translate quarter of its size to full size, over the (movement), scale, and rotate, are performed at same period of time The Rotatethe same time to the same scene graph node Transition spins the node by 360 degrees, plus or minus a random angle, no more than 30 degrees either way Note how we only have to specify the actual target node at the ParallelTransition level, not at every transition contained within it We fire off the transition to run in the background and add the new photo to the desktopGroup, to ensure it s displayed on the screen The final block of code uses yet another transition, this time a FadeTransition.

We don t want too many photos on the desktop at a time, so once the maximum has been exceeded we kick off a fade to make the oldest photo gracefully vanish, and then (using an action) we delete it from the desktopGroup In the third part of the PhotoViewer code (listing 814) we ll tie off the loose ends, getting ready to build the scene graph..

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To reconcile the DHCP database, complete the following steps: 1. Open the DHCP console. 2. In the console tree, click the applicable DHCP server. 3. On the Action menu, click Reconcile All Scopes. 4. In the Reconcile All Scopes dialog box, click Verify. Inconsistencies found are reported in the status window. 5. If the database is found to be consistent, click OK. If the database is not consistent, click the displayed addresses that need to be rec onciled, and click Reconcile to repair inconsistencies. To reconcile an individual scope, complete the following steps: 1. Open the DHCP console. 2. In the console tree, click the applicable scope. 3. On the Action menu, click Reconcile. 4. In the Reconcile dialog box, click Verify. Inconsistencies found are reported in the status window. 5. If the scope is found to be consistent, click OK. If the scope is not consistent, select the displayed addresses that need to be rec onciled, and click Reconcile to repair inconsistencies.

For the attributes in the metadata to be useful, you need a way to access them at runtime. The classes in the Reflection namespace, along with the System.Type class, provide support for examining and interacting with the metadata. Reflection is generally used for any of four tasks: Inspecting metadata This might be used by tools and utilities that wish to display metadata, or by class library features that modify their behavior based on metadata. Performing type discovery Your code can examine the types in an assembly and interact with or instantiate those types. An application that supports plug-ins might use this to discover what features a plug-in DLL offers. Late binding to methods and properties This allows the programmer to invoke properties and methods on objects dynamically instantiated, based on type discovery. This is also known as dynamic invocation. (As we ll see in 18, C# 4.0 has introduced an easier way to do this than using reflection.) Creating types at runtime You can generate new types at runtime. You might do this when a custom class containing code generated at runtime, specialized for a particular task, will run

}; TestQuakeEvent::TestQuakeEvent() { } void TestQuakeEvent::initTestCase() { mEvent = new QuakeEvent(); } void TestQuakeEvent::cleanupTestCase() { delete mEvent; } void TestQuakeEvent::init() { mEvent->clear(); mEvent->set("title", "M 2.6, Hawaii region, Hawaii"); mEvent->set("point", "19.9770 -156.8687"); mEvent->set("elev", "-7900"); mEvent->set("summary", "<img src=\"http://earthquake.usgs.gov /images/globes/20_-155.jpg\" alt=\"19.977°N 156.869°W\" align=\"left\" hspace=\"20\" /><p>Monday, September 6, 2010 15: 19:09 UTC<br>Monday, September 6, 2010 05:19:09 AM at epicenter< /p><p><strong>Depth</strong>: 7.90 km (4.91 mi)</p>"); } void TestQuakeEvent::cleanup() { mEvent->clear(); } void TestQuakeEvent::testConstructor() { QuakeEvent *e = new QuakeEvent(); QVERIFY(e->isEmpty()); delete e; } void TestQuakeEvent::testSetGet() { mEvent->set("arbitrary", "value"); QVERIFY(mEvent->get("arbitrary")=="value"); } // Failures may indicate a problem with either // isEmpty or clear void TestQuakeEvent::testIsEmpty() { QVERIFY(!mEvent->isEmpty()); mEvent->clear(); QVERIFY(mEvent->isEmpty()); } // Failures may indicate a problem with either // isEmpty or clear void TestQuakeEvent::testClear() { QVERIFY(!mEvent->isEmpty()); mEvent->clear(); QVERIFY(mEvent->isEmpty()); }

- (void)accelerometer:(UIAccelerometer *)accelerometer didAccelerate:(UIAcceleration *)acceleration { accelX = ((acceleration.x * kFilteringFactor) + (accelX * (1 - kFilteringFactor))); accelY = ((acceleration.y * kFilteringFactor) + (accelY * (1 - kFilteringFactor))); accelZ = ((acceleration.z * kFilteringFactor) + (accelZ * (1 - kFilteringFactor))); float moveX = acceleration.x - accelX; float moveY = acceleration.y - accelY; float moveZ = acceleration.z - accelZ;

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